Force10 rolls out virtualization products

Force10 Networks, a developer of 10-gigabit networking hardware, will be launching a new line of products over the next half year to help companies set up automated and virtual networks. Currently, it provides routers and switches to web companies like Facebook and eHarmony, to help them manage large amounts of data over their local networks, reports VentureWire.

In this pursuit, Force10 faces a full field of competition including Woven Systems, Foundry Networks, Cisco Systems and Juniper Networks. The new products are part of the company’s plan to stay close to the front of the pack, a goal that will be carried forward by its new chief executive James Hanley, formerly senior vice president at NeoScale Systems (recently bought by nCipher ).

The San Jose, Calif.-based technology firm had raised $400 million in venture capital to date, the most recent a $125 million sixth round of funding last February. Its investors include Advanced Equities, Crosslink Capital, Meritech Capital Partners, Morgenthaler Ventures, Pacesetter Capital Group, Worldview Technology Partners, New Enterprise Associates and US Venture Partners.

Next Story: The iPhone outsells that thing I’m using as a paperweight (the RAZR)
Previous Story: VideoCrawler: AT&T’s video aggregation site officially launches

Bookmark and Share

Tags: , , , , , , , , , , , , ,

Photo of Camille Ricketts

About the Author, Camille Ricketts

Camille is the lead writer for GreenBeat. She came to VentureBeat from Google where she worked on its traditional platforms team, particularly in TV. Before that, she was a reporter for the Wall Street Journal in New York and London. Follow her on Twitter at @camillericketts, and follow VentureBeat on Twitter at @venturebeat.

With GreenBeat 2009, VentureBeat's all-star conference on all things Smart Grid, coming up in November, Camille will be expanding coverage of this exciting space. Stay up to date by following @greenbeat2009 on Twitter or by becoming a fan of the event on Facebook here.